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Keith D Nordyke

from Salinas, CA
Age ~66
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Also known as:
Keith B Nordyke, Keath Nordyke, Nordyke Keith, Keith E, Nordyke Keath
Phone and address:
412 Corral De Tierra Rd, Salinas, CA 93908
(831) 484-5649
Related to:
Martin S Rosales, 56
Connected to:
Brett Nordyke, 49Denise E Nordyke, 51Katy R Nordyke, 46Per A Nore, 77Alisha Nored, 42Lisa A Nored, 54Mario Nored, 30Eric E Noreen, 55Jason Noreen, 54Jennie Noreen, 34

Keith Nordyke Phones & Addresses

  • 412 Corral De Tierra Rd, Salinas, CA 93908 (831) 484-5649
  • 25440 Knoll Ln, Carmel, CA 93923
  • 17 Mandeville Ct, Monterey, CA 93940 (831) 484-5649
  • Seaside, CA
  • 483 Orange Blossom, Irvine, CA 92618
  • Chico, CA
  • La Habra, CA
  • Fullerton, CA
  • San Jose, CA

Work

Company: Lansmont corporation Oct 1994 Position: Mechanical engineering manager

Education

Degree: MS School / High School: California State University-Fullerton 1985 to 1988 Specialities: Mechanical Engineering

Skills

Engineering • Manufacturing • Product Development • R&D • Machine Design • Mechanical Engineering • Mechanism Design • Process Engineering • Engineering Management • Simulations • Design For Manufacturing • Process Improvement • Cad • Machining • Packaging Engineering • Solid Modeling • Kinematics • Design For Assembly • Solidworks • Tolerance Analysis • Mechanical Product Design

Languages

English

Industries

Machinery

Resumes

Resumes

Keith Nordyke Photo 1

Mechanical Engineering Manager

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Location:
25440 Knoll Ln, Carmel, CA 93923
Industry:
Machinery
Work:
Lansmont Corporation since Oct 1994
Mechanical Engineering Manager
Gates Technology Aug 1993 - Oct 1994
Engineer
Huck Manufacturing Jun 1986 - Dec 1992
Engineer
Kaynar Microdot Aerospace Apr 1985 - May 1986
Engineer
Education:
California State University-Fullerton 1985 - 1988
MS, Mechanical Engineering California State University-Chico 1976 - 1982
BS, Mechanical Engineering
Skills:
Engineering
Manufacturing
Product Development
R&D
Machine Design
Mechanical Engineering
Mechanism Design
Process Engineering
Engineering Management
Simulations
Design For Manufacturing
Process Improvement
Cad
Machining
Packaging Engineering
Solid Modeling
Kinematics
Design For Assembly
Solidworks
Tolerance Analysis
Mechanical Product Design
Languages:
English

Publications

Us Patents

High Strength Blind Bolt With Uniform High Clamp Over An Extended Grip Range

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US Patent:
52134601, May 25, 1993
Filed:
May 27, 1992
Appl. No.:
7/888795
Inventors:
Shahriar M. Sadri - San Clemente CA
Keith D. Nordyke - Irvine CA
Mark R. Plunkett - Irvine CA
Assignee:
Huck International, Inc. - Irvine CA
International Classification:
F16B 1304
US Classification:
411 43
Abstract:
A high strength, high clamp blind bolt for fastening structural workpieces, which blind bolt has a core pin with a blind side head and a plurality of locking grooves or threads, a high stand-off collar adapted to be swaged into the locking grooves or a nut adapted to be threaded onto the pin threads, a compression frangible main sleeve structure and an expandable, short fixed length blind side sleeve structure; the blind bolt is set by a relative axial force applied to the pin which forces the short blind sleeve structure against the main sleeve structure causing the blind side sleeve to expand and form a blind side structural load bearing blind head; the relative axial force can be applied by pulling in a swage configuration or by torque in a threaded configuration; the core pin head acts on the main sleeve structure to cause a frangible portion to shear and reduce the main sleeve structure length after which the blind head engages the blind side of the workpieces; the high stand-off collar is then swaged into the pin lockgrooves or the nut is threaded further onto the core pin with none of the clamp load developed being shared by the collapsed main sleeve structure resulting in a fastener having a high, uniform workpiece clamp load, a high, uniform tensile strength, and a fixed, short back side protrusion over a wide grip range.

Swage Fasteners With A High Stand-Off Collar

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US Patent:
50490168, Sep 17, 1991
Filed:
Apr 30, 1990
Appl. No.:
7/516577
Inventors:
Keith D. Nordyke - Irvine CA
Assignee:
Huck Manufacturing Company - Irvine CA
International Classification:
F16B 1908
US Classification:
411361
Abstract:
A swage type fastener including a pin and a collar adapted to be swaged onto the pin by the application of a relative axial force by an installaiton tool, with the pin having a lockgroove portion, a tubular collar having an inner and outer end and adapted to be located on the pin and having a collar shank portion adapted to be swaged into the lock groove portion by the relative axial force applied between the pin and the outer end of the collar by the installation tool, the collar having a through bore which has a reduced diameter bore portion whereby the collar is generally piloted on the pin, and the collar shank portion being generally frusto conically shaped from the reduced diameter bore portion to an enlarged bore portion at the outer end, the collar shank portion having a generally uniform wall thickness from the outer end for a distance over its swageable length whereby the frusto conical shape of the collar shank portion provides a high hold-off to resist initiation of swage of the outer end of the collar into the locking grooves of the pin and whereby the generally uniform wall thickness provides for a generally uniform fill of the lock groove portion substantially without distortion.

Swage Fasteners With A High Stand-Off Collar

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US Patent:
49213849, May 1, 1990
Filed:
Jun 7, 1989
Appl. No.:
7/362738
Inventors:
Keith D. Nordyke - Irvine CA
Assignee:
Federal-Mogul Corporation - Southfield MI
International Classification:
F16B 1908
US Classification:
411361
Abstract:
A swage type fastener including a pin and a collar adapted to be swaged onto the pin by the application of a relative axial force by an installation tool, with the pin having a lockgroove portion, a tubular collar having an inner and outer end and adapted to be located on the pin and having a collar shank portion adapted to be swaged into the lock groove portion by the relative axial force applied between the pin and the outer end of the collar by the installation tool, the collar having a through bore which has a reduced diameter bore portion whereby the collar is generally piloted on the pin, and the collar shank portion being generally frusto conically shaped from the reduced diameter bore portion to an enlarged bore portion at the outer end, the collar shank portion having a generally uniform wall thickness from the outer end for a distance over its swageable length whereby the frusto conical shape of the collar shank portion provides a high hold-off to resist initiation of swage of the outer end of the collar into the locking grooves of the pin and whereby the generally uniform wall thickness provides for a generally uniform fill of the lock groove portion substantially without distortion.

Multi-Bit (2I+2)-Wire Differential Coding Of Digital Signals Using Differential Comparators And Majority Logic

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US Patent:
62787403, Aug 21, 2001
Filed:
Nov 19, 1998
Appl. No.:
9/197324
Inventors:
Keith D. Nordyke - Monterey CA
Assignee:
Gates Technology - Salinas CA
International Classification:
H04B 300
H04L 2500
US Classification:
375257
Abstract:
Differential signaling between integrated circuit chips uses fewer than 2 external wires per bit transmitted. Rather than pairing wires into groups of two, the external wires are part of a larger group of 2i+2 wires. Half of the wires in the group are driven low while the other half of the wires are driven high. Since the wires are not paired, adjacent wires can have the same logical state. Differential comparators in the receiver chip compare each wire with all other wires in the group. All outputs of comparators that have a wire as one of its two inputs are input to a majority logic block that evaluates the logical state of the wire. Since half of the wires are in one state, the majority of the remaining wires are in the opposite state of the wire being evaluated. Thus the majority of the comparator outputs indicate the opposite state of the wire being evaluated. Each of the external wires is evaluated by differential comparators and majority logic to get the logical states of each of the external wires.
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Keith D Nordyke from Salinas, CA, age ~66 Get Report